000			01707 a2200181 4500
003			Nust
005			20230316123550.0
040			_cNust
082			_a621.46,YAM
100			_aYamamura, Sakae _9110418
245			_aTheory of Linear Induction Motors / _cSakae Yamamura
250			_a2nd ed.
260			_aNew York _bJohn Wiely and sons _c1972
300			_a235p
505			_aIntroduction (Page-3), Type of Model of Linear Induction Motor used (Page-9), Equation for the Electromagnetic Field in the Air Gap and their Solution Based on a One Dimensional Model (Page-17), Calculation of Magnetic Field in the Air Gap (Page-26), Consolation of Performance of Linear Induction Motor under Constant Current Drive (Page-34), Calculation of Performance of Linear Induction Motor under Constant Voltage Drive (Page-38), Low Speed and High Speed Motors (Page-50), Measures to Alleviate the end Effect in High Speed Linear Induction Motors(Page-50), Measures to Alleviate the end Effect in High Speed Linear Induction Motor (Page-58), Solution for Field Equation of the Air Gap Based (Page-65), Calculation of the Magnetic Field in the Air Gap (Page-81), Calculation of Performance (Page-93), Experimental Results (Page-100), Compensation for end Effect (Page-111), Three Dimensional Analysis of Linear Induction (Page-124), Numerical Calculation of Motor Performance with Fourier Transforms (Page-143), Three Dimanensional Analysis of Single Side Linear (Page-150), Three Dimensional Analysis of Double sided Linear Induction Motor with Iron Plate on Secondary (Page-169), Linear Induction Motor of Wound Secondary Type (Page-177).
650			_aTheory of linear induction motors _9110419
942			_2ddc _cBK
999			_c183571 _d183571